A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Adjustable hanging basket used for steel beam and construction method thereof
The invention relates to an adjustable hanging basket used for steel beam and a construction method thereof. The hanging basket comprises a hanging rack and a swinging basket; the hanging rack is arranged on a steel beam in a sleeving mode; an angle is formed at the top of the hanging rack and corresponds to a corresponding edge of the steel beam; a shoring element is hinged on the hanging rack; the shoring element is obliquely positioned in the corresponding angle and points at the steel beam; through the arrangement that the shoring element is obliquely supported at the corresponding edge ofthe steel beam, a gap is formed between the hanging rack and the steel beam; and the swinging basket is fixedly connected with one side, away from the steel beam, of the bottom of the hanging rack. The shoring element is hinged on the hanging rack, the hanging rack is arranged on the steel beam in a sleeving mode, and the shoring element is adjusted to be supported at the edge of the steel beam;on the one hand, the hanging rack and the steel beam are stably connected to maintain stability of the hanging rack; and on the other hand, the shoring element is used for supporting and limiting thehanging rack, so a gap is formed between the hanging rack and the steel beam and the situation that the hanging rack entirely abuts against the steel beam is avoided.
本发明涉及一种用于钢梁的可调节挂篮及其施工方法，其中挂篮包括：套设于钢梁的挂架，挂架的顶部形成有对应于钢梁的对应边沿的夹角，挂架铰接有斜向位于对应夹角内且指向钢梁的顶撑件，通过顶撑件斜向支撑于钢梁的对应边沿，使得挂架和钢梁之间形成有间距；固接于挂架底部的远离钢梁一侧的吊篮。通过采用顶撑件铰接于挂架，将挂架套设于钢梁时，调节顶撑件支撑于钢梁的边沿，从而一方面稳定连接挂架和钢梁以保持了挂架的稳定性，另一方面利用顶撑件支撑限位挂架，使得挂架和钢梁之间形成有间距，避免挂架整个都抵靠于钢梁。
Adjustable hanging basket used for steel beam and construction method thereof
The invention relates to an adjustable hanging basket used for steel beam and a construction method thereof. The hanging basket comprises a hanging rack and a swinging basket; the hanging rack is arranged on a steel beam in a sleeving mode; an angle is formed at the top of the hanging rack and corresponds to a corresponding edge of the steel beam; a shoring element is hinged on the hanging rack; the shoring element is obliquely positioned in the corresponding angle and points at the steel beam; through the arrangement that the shoring element is obliquely supported at the corresponding edge ofthe steel beam, a gap is formed between the hanging rack and the steel beam; and the swinging basket is fixedly connected with one side, away from the steel beam, of the bottom of the hanging rack. The shoring element is hinged on the hanging rack, the hanging rack is arranged on the steel beam in a sleeving mode, and the shoring element is adjusted to be supported at the edge of the steel beam;on the one hand, the hanging rack and the steel beam are stably connected to maintain stability of the hanging rack; and on the other hand, the shoring element is used for supporting and limiting thehanging rack, so a gap is formed between the hanging rack and the steel beam and the situation that the hanging rack entirely abuts against the steel beam is avoided.
本发明涉及一种用于钢梁的可调节挂篮及其施工方法，其中挂篮包括：套设于钢梁的挂架，挂架的顶部形成有对应于钢梁的对应边沿的夹角，挂架铰接有斜向位于对应夹角内且指向钢梁的顶撑件，通过顶撑件斜向支撑于钢梁的对应边沿，使得挂架和钢梁之间形成有间距；固接于挂架底部的远离钢梁一侧的吊篮。通过采用顶撑件铰接于挂架，将挂架套设于钢梁时，调节顶撑件支撑于钢梁的边沿，从而一方面稳定连接挂架和钢梁以保持了挂架的稳定性，另一方面利用顶撑件支撑限位挂架，使得挂架和钢梁之间形成有间距，避免挂架整个都抵靠于钢梁。
Adjustable hanging basket used for steel beam and construction method thereof
用于钢梁的可调节挂篮及其施工方法
LI RUIJU (author) / ZHAO XIAOBIN (author) / WEN WANGUANG (author) / WANG JIANNAN (author) / ZHANG QINGLONG (author) / JIANG JINGWEI (author) / HUANG YANXIN (author) / LIU JIAQI (author) / XUE CHENG (author)
2020-09-29
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
| European Patent Office | 2023
Hanging basket assembly and hanging basket construction method
| European Patent Office | 2022
Construction hanging basket structure and hanging basket moving method
| European Patent Office | 2024